2020-07-13T23:36:21Z

David Lemmer: /* Pre-Preparation */

=Internet Infrastructure=
*Wiki - master Dev Template for Extreme Enterprise is synthesized from [[Template:Dev]] and [[Template:Enterprise]] plus many others of [[Extreme Enterprise Task Breakdown]]. Make this palatable on the wiki by using a well-formatted template.
*Self-managed lightweight Scrum Board for task allocation on wiki ([[Scrumy]] used to be available, now we may want to try Google Presentation as at [[OSE_Kanban_Board#Idea_3.2C_editable_google_drawing]]

=Role Architecture=
<html> <iframe src="https://docs.google.com/presentation/d/e/2PACX-1vQ-bQNwSyvQKf3ufpRop8QPyLqdFSaERezdjfhD3iPZzs0uQqSA1H8kGf1uKaiMdrMsiIPAEob8BDXv/embed?start=false&loop=false&delayms=3000" frameborder="0" width="480" height="389" allowfullscreen="true" mozallowfullscreen="true" webkitallowfullscreen="true"></iframe> </html>

[https://docs.google.com/presentation/d/1SRURFGytDIooffnPRnV2YD_Sjp3yKKMe0pmCvmcAqfk/edit#slide=id.g5c3be0ce2d_1_28 edit]

=Pre-Preparation=
*Initial Requirement - one page doc, can be pulled in from existing wiki assets and [[OSE Specifications]]
*High level functional requirements determined by SMEs
*A “definition of done“ needs to be formulated and agreed to by the SME’s performing the modular decomposition.
*This will help to focus goals and prevent design creep in this planning phase.
*The definition of done for this phase should be a general outline that describes the essential goals the SME’s must achieve to build the design template requirements/constraints.
*The following questions and steps being completed could be the “definition of done”, but this is a flexible item and should be tailored to the needs of the particular design event.

*Functional units determined through modular decomposition
**SMEs will answer generalized and product specific questions. The following questions are a good starting point.
***Disclaimer: These questions are not law, they are meant to steer design planning/thinking in a coherent direction. When they are insufficient, they should be added to. When they are ill fitting they should not be used. As better questions are identified they should add to a replace the following.
**What are the sub-units the total product can be broken into such that each maintain a '''''specific and independent function'''''?
*** for a simple example, a hand drill might decompose into the following modules : motor module, power storage/delivery module, driver/chuck and bit module, and a handle module. Each of the above has a function of it's own, however, only when combined together do we see the emergent behavior of a handheld drill.
**Does OSE GVCS have a design that will interface with this product(or module of the product) in the product ecology map?
***If yes, what are the interfaces and performance requirements that will maintain product ecology?
***If no, What are important considerations for how this module will interface with the rest of the system? How much volume can a design occupy? What inputs does it receive? What outputs does it produce? What is the format of these outputs? How well do those outputs generalize across the range of possible recipients?

**Does a design pattern exist for the product to be developed?
***If yes, Does the product to be developed replace, modify, or parallel the existing design?
***If it is to parallel the existing design what are the functional/interface differences that necessitate the redesign?
****If there are no clear answers to this question consider using the existing pattern instead of redesigning
***If it is to replace the existing design evaluation should be performed that the new products design requirements fulfill all roles of the design pattern being replaced.

*Technical team composition will be determined by SME’s for each module proposed based on the skill sets required for development
*How the functions will interface with other modules shall be constrained in this step to assure product ecology is attainable [[Product Ecologies]]
*Pattern Diagrams/languages developed for Wiki to track and integrate the products developed
* '''Goal:''' Producing documentation that describes requirements and constrain critical interfaces for each module to be developed in the XE event. Describe technical skill-sets necessary for dev-team success for each module. Fully Describe how modules will interface e.g. inputs/outputs, Connectors, Signal/language type, and all known spatial constraints.
*After the product has been decomposed into module templates consisting of constraints and performance requirements derived from how the module will interface with other product modules the SMEs need to describe the technical backgrounds needed to complete the design. These backgrounds will be the basis for design team make-up during the XE event.
*The workflow of the design process also needs to be considered such that organizational/management skill sets necessary to keep efforts organized can be baked into the team composition.

*Define [[Swarming Strategies]] for all elements of event - ie, how a swarm can divide roles and solve a task rapidly.
*Internet search through [[Open Source Hardware Journals]] for contributors
*Internet search for all open source interests around universities worldwide. Look for professors running projects, such as RPI autonomous tractor - that for example have software and we could add hardware. Look for specific related topics.
*Internet search through all likely venues to identify event candidates. Social media, forums, email lists, platforms (such as [[ArchDaily]] and searching for open source. EV, Electronics, Power Electronics, ESC, Hacker channels. [[Electric Vehicle Forums]]. [[Electronics Forums]]. [[Electronics YouTube Channels]] - for publicity and collaboration. [[Maker and DIY YouTube Channels]]. [[Hacker Forums]]. [[Hacker Platforms]]. [[Arduino Forums]]. [[3D Printing Forums]]. [[Maker and DIY Forums]]. [[Electrical Engineering Forums]]. [[2000 Fab Labs]]. [[2000 Hackerspaces and Makerspaces]]. [[OSE-Related Podcasts]] - has an example of evaluation points on the [[5-Legged Dog]]. [[OSE Related Facebook Groups]]. [[OSE-Related Reddit Groups]]. [[OSE-Related Linked-In Groups]]. [[OSE-Related Youtube Channels]]. [[OSE-Related Email Lists]]. [[Social Enterprise Channels]]. The above should be done across [[OSE Keywords]].
*Create a list of crowd development sites. Hackaday, Crowd Supply, Seeed Studio, Kickstarter, Indiegogo, Tindie, [[SZOIL]], [[GOSH]], [[Open Electonics]], [[GrabCad]], [[HeroX]], etc.
*Contact all crowd development sites/

=Before=
#Reach out to candidates with a short, inspiring intro email. See if they are 'interested'.
#Prepare a Media Kit on OSE, and specifically on Extreme Enterprise - to include FMI. Build upon existing [[Media Kits]]
#For people that respond positively, send a second email with much deeper intro describing what will be required to pull this off. This determines if they are not only 'interested' in the idea, but can commit to the 24 hours, and the 1 prep meeting beforehand - and one team meeting with entire group prior to event.
#

=During=
#Do a Kickstarter campaign to focus enterprise assets, and do other campaigns depending on the time allotted.
#Do video, such as Kickstarter and other promos
#Crowdfund
#Have a 24-7 access video room.
#Have ancillary lessons on content from SMEs.
#Publish website for MOOC on the content
...

=After=
#

=Governance=
#All assets generated on design and enterprise are open source
#Anything can be edited mercilessly by anyone, with due respect.
#Some assets belong to OSE.
#We do escrow account for funding disbursement - if we don't get enough presales, we simply give it back. In a conditional sale, this is not an issue.
#Whoever creates something can start a business, but they must publish all assets.
#ALL assets are published on the wiki

=Links=
*[[Extreme Enterprise]]

Extreme Enterprise Event Design

2020-07-06T01:52:26Z

David Lemmer: /* Pre-Preparation */

User:David Lemmer

2020-07-05T05:15:03Z

David Lemmer: spelling correction

I am have a 4 year degree in biomedical engineering - instrumentation focus
Relevant skills associated with this degree:
Understanding of basic circuits and electronics. Capable of reading, designing and implementing circuits using the fundamental principle of Ohms law. Familiarity with free circuit CAD software PSPICE (not Open). Familiar and comfortable with basic calculations involving AC power.Familiar and comfortable with basic circuit components, e.g. resistors, capacitors, inductors, sources, semiconductor elements, and transformers. Shaky familiarity with FET, Integrated Circuits,Electromagnetic physics, and Motors.

Basic academic understanding of mechanics. Familiar and comfortable with 2D mechanical diagrams/problems and the fundamental theorems that are used to solve them e.g. equilibrium equations, forces, moments reaction forces, center of mass, and inertia. Familiar and comfortable with basic dynamic mechanic calculations, F=ma, Momentum.

Basic academic understanding of material properties e.g Ceramcis, metalics and polymers.

Moderately proficient with proprietary CAD software, SolidWorks. I Am interested in developing skills and familiarity in Open Source CAD software.

Moderately Proficient with Proprietary programming software : MATLAB. Very rudimentary skills with Python.

Moderately proficient and familiar with ImageJ, Open Source Scientific imaging program.

Moderate understanding of human anatomy and physiology.

Moderate understanding of biological sciences.

I am pursuing a graduate education in systems engineering with a focus on Model Based Systems Engineering.

Extreme Enterprise Task Breakdown

2020-07-05T03:38:58Z

David Lemmer: spelling correction

=About=
The event develops assets beforehand, for active developemnt, but it also seeds future development- as always, it is only the beginning

80+% Efficient Electrice Motor ? - from appliances to cars

$130B market

Pushing limits of collaborative development.

=Governance=
#Open Source contract and education. License of event.
#Distributive Enterprise Contract and Education -
#Open Collaboration - education on that with Eugene Kim
#Free Enterprise - business models that do not rely on scarcity
#Code of Conduct
#Website - all of our banners/logos for collaborators
#Crappy Intro Video with distilled message
#Partnership - with Adam Savage of Red Bull or the like - a high profile personality, preferably in the marketing world such as Vishan Lakhiani or Tony Robbins

=Breakdown Tasks and Comlexity Management=
The key to rapid velocity in hardware development is experience - and especially experience in prototyping. To add experience, we need to do excessive prototyping. We need to seed as much of the known as possible. This includes:
#Detailed [[SEBD]] - systems engineering for performance, enterprise, lifecycle, and [[OSE Spec]] integration. [[SEBD]] applies to the technology itself, but since we are developing an enterprise, we need a detailed generic SEBD that includes the enterprise level up to the point of sale in the framework of a distributed enterprise.
#[[Tech Tree of Choices]] for each component
#[[Rapid Prototyping Breakdown]] - details of [[TDD]] prototypes that can be started immediately for small partial tests that combined to the finished product.
#[[Test Driven Design Breakdown]] - a detailed list of specifications to test for - such as heating, power, speed, weight, and other quantities related to [[Calculations]] that can be tested and data-collected. This list can be started immediately upon start of Extreme Enterprise events - with data points collected rigorously throughout.
#[[Admissible Part List]] - we agree on the components that we are allowed to use - and we put them into FreeCAD as part libraries. 2 deliverables:
##FreeCAD part library of admissible parts
##BOM spreadsheet for the [[Approved Vendor List]]

'''Summary''': One of the top challenges is prototyping, which would be done from the onset of the XE (Extreme Enterprise) event. Learn from the [[Open_Source_Hardware_Trap]]. And solution for the cost of prototyping is to fund it for the Extreme Enterprise event: [[Rapid_Prototyping_Breakdown]]

=Tech Tasks=
#'''FreeCAD Part Library''' - customizer
#'''FreeCAD Part Library''' - workbench
#'''Coil Winding Jig''' - design
#'''3D Printed Bearing Team'''' - design
#'''Air Bearing Version - Design''' - for high speed applications
#'''Scalability Strategy and Design''' - works closely with Modularity analysis and design
#'''Materials Strategy''' - exploring different material versions
#'''Under water version of motor'''
#Software - firmware for pulses
#Feedback - LED or Hall Effect Sensor
#App - RPM and power measurement app, design EM Simulator Design'''
#Students - research Industry Standards
#Gamers - do a conceptual design of motor in Minecraft?
#CAD designers - do the design
#3D printers - do the build
#Wind turbine people - Kostas
#Electric generator people - develop the generator side of the motor
#STEM curriculum writers - Electricity lesson
#FreeCAD, Blender, OpenSCAD, , LibreCad, KiCad, [[QUCS]], OpenFOAM, communities - draftspeople
#[[QElectro Tech]] - open source electric design
#Also - list all other software projects that may be relevant to this.
#Sparkfun - kit product interest?
#Adafruit - kit interest?
#List all open source technology projects
#Requirements + Value Proposition
#Conceptual Design
#Module Breakdown
#3D CAD - 12 parts breakdown
#Calculations - control speed for Arduino
#Embedded Arduino Design
#Electronics Design
#Wiring and Plumbing
#Software
#BOM - admissible parts
#vBOM
#CAM Files
#Cut List
#Build Instructions
#Fabrication Drawings
#Exploded Part Diagram
#Production Engineering
#Build Pictures and Video
#Data Collection
#Future Work

=Product Strategy=
#Course - on a MOOC site - the last word on Electric Motor Rapid Learning. Protocol: research, get names, distill, productize with Video Team.
#Education Curriculum - for schools
#Kit - for revenue, onto your website
#Extreme Event at the End - we build the thing in metal, we build the thing in plastic, etc.
#Funding goes to outsource the prototyping of this
#Revenue from webinars - free access to participants, paid access for outsiders

=Education=
Throughout the event, there is an ongoing schedule number of presentations by subject matter experts who provide focused information related to problems at hand. This is free for participants, and can be monetized for non-participants. Given proper incentive structure - this attracts people to the learning aspect. This can provide the rapid-learning aspect that is necessary for building [[Integrated Humans]].

#'''FreeCAD Path Workbench'''
#'''FreeCAD FEA''' - structural deflection.
#'''Design Webinar''' - about motor design - the best video in the world on all motors by a great teacher or teacher set
#'''Edu Animations''' - team of 12 in Blender - specific to Axial Flux - exploring Geometries from Columbia paper
#'''Treatment and Script''' - everything we need to know about motors
#'''Learning Site''' - forums or other venue
#'''Arduino Programming'''
#'''How It Works''' - distilled Animations - Blender - for explaining this
#'''PNP Machine for Distributed Production of Arduino Megas'''
#'''PNP Machine for Distributed Production of Beagle Bones'''

=Website=
#Product Site - everything about motor
#Extreme Enterprise site - everything about how to do an Extreme Enterprise event

=QC=
#CE certification, UL certification. FCC etc
#[[DQC]] procedures
#Certification
#Approval by certifying agencies, such as NIH COVID list. Find these all over the world.
#Open Source Licensing of tech under OSE umbrella - agreement for duties and prvileges is spelled out explicitly - what you are expected to do

=Supply Chain / BOM=
#BOM basic parts
#MOQ 100 BOM
#MOQ 1000 BOM
#Technical recursion - selecting one product to open-source
#Partnership with magnet supplier or copper wire supplier

=Marketing=
#[[List of All Electric Motor-related Sites]] worldwide. Includes electric cars, e-bikes,
#[[List of All Maker Webites and Locations Worldwide]] with Quality Control
#[[List of All Community Economic Development Websites and Locations]]
#Invitation of All People with Prior Art

=Fundraising=
#Kickstarter Campaign - delivers capital for development. Participation in event is one reward
#HeroX campaign - campaign manager. Campaign assets generation.
#Marketing assets - diagrams, infographics
#Leader Board - top contributors get rewarded, 100 awards totaling $10k
#Corporate sponsor to put an enterprise in hands of all job-development Community Development Organizations
#Corporate Sponsorship Strategy for funding an entrepreneur in every city.
#Posting on all [[Crowdfunding]] platforms to generate added interest.

=Business/Marketing/Funding Roles=
#Fundraising - , like Red Bull proposal. Resource Developmnent - involving resource developers to pitch this as an enterprise within their community
#New Economy - community economic development, alternative business models, open source economy, circular economy.Economists - business models, new business models
#Electric motor business - someone in the field who could propose value
#Kit product - for education
#Industrial product - for real work
#Distribution
#PR - Ben
#Video production
#Special effects
#Legal - license and usage contract
#Unique Value Proposition
#Business Plan
#Open Source Franchise
#Training and Management
#Facility Design
#Supply Chain Development
#Production
#Quality Control
#Product Marketing Assets
#Marketing Strategy
#Marketing Plan
#Product Webpage
#Sales Strategy
#Customer Support
#Shipping
#Open Source Everything Store
#Marketing and Sales Data
#Customer Feedback
#Continuing Improvement
#Future Work
#Logo - for Extreme Enterprise and for Universal Motor Construction Set
#Branding and byline

=Production Engineering=
PE includes improving the open source machines involved, and designing specific production engineering for these machines. For this, we source capable machines, improve them. Needs a 24 person team for each machine, for 5 machines: CNC circuit mill, PNP machine, 3D printer, coil winder. Contingency plan: if these tasks are not specified enough, we reduce to high performance 3DP, CNC mill, coil winder only, no PNP.

#This means: 4 teams of 24 people to design machines
#4 teams of 12 people to develop specific production engineering - toolpaths, software mods, etc.

=Distribution=
#Website- website itself; Kickstarter rewards;
#Contract purchase - presale by schools - for $99
#In-game purchases of real product
#Game - where you build the engine and operate it to see how much torque it has.
#Collaborating with existing STEM companies to add to their product line
#Distribution on Amazon - Amazon Store Assets
#Etsy Store Assets
#Crowd Supply distribution
#Kickstarter Distribution - we ship you a boatload of materials

=Shipping=
#Inventory Control - platform
#Packaging
#Labeling
#Approved Shipping Company List

=Documentation/Marketing/Graphics/Concepts=
#Graphics designer - product brochure
#Logo design - brand logo registered by OSE. Or public domain registry.
#Copywriter -
#30 second video
#1 minute product video
#Infographic
#Website
#Buy Basket
#Distribution - Spakfun, Adafruit, etc

=Video/Media/Social Media=
#Realtime video produced at the same time - with collaborative video protocol. Documentary on the event, with video footage. Remote video protocol for uplaods is explicit. To participate - write a protocol for how you collaborate.
#Music composition - compose music about this
#Realtime social media campaign
#'''Video Product''' - on post-scarcity economics and business models. Interview with MJ, Doughnut Economics, Others.

=Community Building/HR=
#Finding a person in each major population center - coupling an entrepreneur and funder and community economic development organization., Fin
#Community Economic Dev org - find a person, provide a workspace, find a funder in the local community - do it.
#Incentive Element - prize given to the best startup entrepreneur? $1k reward or such
#STEM nonprofits - funnel this to their email lists. Get people to participate.
#Community Manager
#Map of all contributors

=Links=
*[[Extreme Enterprise]]
*[[Extreme Enterprise Event Planning]]